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Bitwise Calculator
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Bitwise Calculator AND · OR · XOR · NOT · shifts

Apply bitwise AND, OR, XOR, NOT, and bit shifts on integers with input and output in binary, decimal, and hex.[web:272][web:275][web:278]

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Bitwise operators work on individual bits: AND keeps 1s present in both, OR keeps 1s present in either, XOR keeps 1s where bits differ, NOT flips all bits, and shifts move bits left or right.[web:272][web:278][web:343][web:349]
Binary masks & flags AND / OR / XOR / NOT Left / right shifts
Inputs & numeral system Two operands for binary ops; A only for NOT and shifts.
Operands
First value A
dec A
Second value B (for AND/OR/XOR)
dec B
Input base hint
Base
Quick presets
A=1010, B=1100 A=0xFF, B=0x0F A=42, B=15
Operation & options Choose bitwise op, shift, and display options.
Operation
Bitwise operation
Op
Shift amount n (for << / >>)
n
Display options
Group
Tag
Common bitwise ops: AND (&), OR (|), XOR (^), NOT (~), left shift (<<), and right shift (>>).[web:272][web:278][web:343][web:354]
Inputs are treated as 32‑bit integers; shifts use zero‑fill right shift for >>.[web:343][web:354]
Enter valid integers (binary, decimal, or hex) for the selected operation.

Bitwise result

Waiting for your first bitwise operation…
Idle 
A op B
= result
Binary, decimal, and hex output will appear here along with a short description of what the chosen bitwise operator does.[web:272][web:278][web:344]
Tip: Bit masks often use AND to clear bits, OR to set bits, and XOR to toggle bits.[web:272][web:278][web:349]
Mode · Bitwise on 32‑bit integers

Bitwise Calculator

Bitwise Calculator In the world of computing, bitwise operations play a crucial role in manipulating binary data. A BitwiseCalculator is an essential tool for programmers, mathematicians, and anyone dealing with binary representation. This article will guide you through the functionality of a BitwiseCalculator, its benefits, steps for use, and more.

What is a Bitwise Calculator?

A BitwiseCalculator is a specialized calculator designed to perform various bitwise operations on binary numbers. These operations include:

  • AND
  • OR
  • NOT
  • XOR
  • Left Shift
  • Right Shift

Understanding how these operations work can simplify complex programming tasks and enhance your coding skills.

Steps to Use the BitwiseCalculator

Using a BitwiseCalculator is straightforward. Follow these steps to perform bitwise operations:

Step 1: Choose the Operation

Select what kind of operation you want to perform (e.g., AND, OR, NOT).

Step 2: Input the Binary Numbers

Enter two binary numbers (or one for NOT operation) that you wish to work with.

Bitwise Calculator
Bitwise Calculator

Step 3: Calculate

Click on the Calculate button, and the result will be displayed immediately in binary form.

Step 4: Convert to Decimal (optional)

Some calculators also provide an option to convert the result to decimal for better readability.

Examples of Bitwise Operations

Let’s delve into some examples to illustrate how the Bitwise Calculator works.

Example 1: Bitwise AND

Suppose you want to calculate the Bitwise AND of 1101 and 1011.

The result would be 1001 (which is 9 in decimal).

Example 2: Bitwise OR

For the Bitwise OR of 1101 and 1011,

The outcome is 1111 (which is 15 in decimal).

Example 3: Bitwise NOT

If you want to calculate NOT for 1101,

The result will be 0010 (which represents 2 in decimal, considering a 4-bit format).

Benefits of Using a Bitwise Calculator

Here are several benefits of leveraging a BitwiseCalculator:

  • Efficiency: Quickly perform multiple bitwise operations without manual calculations.
  • Accuracy: Reduces the risk of errors in binary calculations.
  • Learning Tool: Aids students in understanding binary operations and their applications in programming.
  • Convenience: Accessing complex operations at your fingertips enhances productivity in coding tasks.

Important Considerations

When using a Bitwise Calculator, keep in mind:

  • Ensure you’re familiar with binary number systems.
  • Be careful with left and right shift operations, as these can significantly alter values.
  • Check the bit-length settings if working within specific constraints.

Related Tools and Resources

Explore more useful calculators that complement the Bitwise Calculator:

Frequently Asked Questions (FAQs)

1. What is the purpose of a Bitwise Calculator?

A Bitwise Calculator helps perform bitwise operations efficiently and accurately, essential for programming and mathematical computations.

2. Can a Bitwise Calculator work with decimal numbers?

No, it specifically operates with binary numbers. However, it may provide options to convert results to decimal format.

3. What operations can I perform with a Bitwise Calculator?

You can perform AND, OR, NOT, XOR, left shift, and right shift operations.

4. Is the Bitwise Calculator suitable for beginners?

Yes, it is an excellent tool for beginners to learn and practice binary and bitwise operations.

5. Where can I find a Bitwise Calculator?

You can find Bitwise Calculators online with various features, many of which are free to use and accessible through educational websites and programming tools.

 

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